Discover the latest innovations, partnerships, and industry insights shaping the future of power infrastructure technology.
The tragedies caused by Hurricanes Helene and Milton have highlighted the growing vulnerability of energy grids to extreme weather events. In the aftermath of these storms, widespread power outages left millions without electricity for extended periods, underscoring the urgent need for energy resiliency measures. For businesses, power outages have a direct and immediate impact on operations, leading to lost revenue, halted production, and even potential product losses. With rising electricity demand and increasingly unpredictable weather patterns, the frequency and severity of grid outages are expected to increase in the coming years. To maintain operational continuity during such events, businesses must adopt strategies that enhance energy resiliency. This article outlines three key strategies: on-site energy generation, energy storage, and advanced energy management software.
Understanding and Mitigating Demand Charges from Utilities As the world moves towards greater electrification, commercial and industrial (C&I) customers are increasingly grappling with the impact of demand charges on their utility bills. Demand charges are fees that utilities impose based on the highest level of power drawn during a billing period, typically measured in kilowatts (kW). These charges can constitute as much as 50% of a C&I customer’s utility bill, making them a significant financial concern. With the rise of electrification, particularly through the adoption of electric vehicles (EVs) and other energy-intensive technologies, demand charges are expected to increase, further straining the budgets of businesses. In this article, we explore strategies to mitigate demand charges, including the use of energy storage, on-site energy generation, grid response strategies like demand response, virtual power plants (VPPs), and vehicle-to-grid (V2G) technology, all underpinned by advanced energy management software.
Strategic Partnership will Utilize FlexGen’s Industry Leading Software HybridOS with DG Matrix’s Innovative Multi-Port Power Router RALEIGH, NC, UNITED STATES, August 6, 2024 / EINPresswire.com / -- FlexGen, the leading energy storage digital controls and software solutions provider, and DG Matrix, Inc., the global leader in high-power, high-efficiency integrated-distributed-energy EV charging systems, today announced a strategic partnership agreement to accelerate market deployment of fast-charging EV Fleet infrastructure. The partnership will utilize FlexGen’s industry-leading energy management software platform HybridOS , with the DG Matrix Power Router for EV charging , designed to simultaneously integrate multiple energy generation and storage sources. The partnership will focus on improving station performance, accelerating deployment timelines, and ensuring that charging stations are reliable and consistently available. Improvements will be achieved by developing technological solutions, implementing maintenance strategies, and innovating in other ways to support the growing demand for EV charging infrastructure. “With major companies rapidly transitioning to electric vehicles, this collaboration will accelerate EV charger deployment, improve performance, and reduce downtime while enhancing grid resiliency.” — Haroon Inam “DG Matrix is committed to developing the best-in-class EV fleet charging solutions, and FlexGen is the industry leader in energy storage software solutions. With major logistics companies rapidly transitioning to electric vehicles, this collaboration aims to accelerate EV charger deployment, improve station performance, and reduce downtime while enhancing grid resiliency. We are excited to work with FlexGen to support the electric transition in the logistics industry,” said Haroon Inam, CEO of DG Matrix. “We are thrilled to partner with DG Matrix to develop advanced EV fleet charging solutions that address the urgent needs of the logistics industry and the grid. This strategic partnership will accelerate the deployment of EV fleet charging, improve grid resiliency, reduce carbon emissions, and capitalize on federal tax credits. Together, we are paving the way for a greener and more efficient future in transportation,” said Pasi Taimela, CIO of FlexGen. The DG Matrix multi-port architecture redefines the future of transportation with transformational technology that seamlessly integrates renewable energy sources into electric vehicle charging. For more information, please visit www.dgmatrix.com . FlexGen’s software platform, HybridOS, is designed to meet the diverse needs of the new energy grid, energy storage owners, and EV Fleet operators and ensures a seamless and intuitive user experience. To learn more about the powerful capabilities of HybridOS, visit: https://flexgen.com/hybridos-software/ . About FlexGen Power Systems, Inc. Based in Durham, N.C., FlexGen is a leading integration services and software technology provider for utility-scale energy storage solutions in the United States and globally. FlexGen designs and integrates storage solutions and the software platform that is enabling today’s energy transition. Leveraging its best-in-class energy management software, digital controls, and advanced analytics, FlexGen delivers energy storage projects integrated with traditional and renewable power generation globally. FlexGen’s products and services help improve the reliability and sustainability of the power grid. The company‘s clients and partners include the most technically and commercially demanding developers, utilities, renewable energy, electric cooperatives, and industrial companies in the world. To learn more, visit www.flexgen.com . About DG Matrix DG Matrix is revolutionizing the power electronics industry with its ultra-compact, versatile, and highly reliable solutions, designed to enable electrification everywhere. Offering dynamic integration of any energy source, AC or DC; up to 10-X reduction in product footprint and volume; industry-leading efficiency; and a modular design for enhanced reliability, DG Matrix is redefining the global electrification market. Their transformational multi-port architecture allows for universal applications, empowering users worldwide to power anything using any energy source. Backed by a team of experienced executives with deep industry expertise, DG Matrix is actively engaging with partners and customers who share their vision of a decarbonized world, deploying solutions for clean, secure, and reliable power globally. Learn more at www.dgmatrix.com . Michael Wood III DG Matrix info@dgmatrix.com
DG Matrix exists to solve the toughest problems facing the energy and electrification industries. Solving these challenging problems necessitates a collaborative approach, where we work closely with our customers to understand and address unique challenges. By treating customers as partners, incorporating feedback at the design stage, and committing to rigorous testing and continuous improvement, we can develop solutions that truly meet our clients' needs. This article explores the importance of collaboration in solving customer problems and how it can drive success and satisfaction.
Electric vehicles are a symbol for the clean energy transition and a beacon of opportunity for a future that is better for the planet. However, as the call from consumers, industry, and Washington echoes “Deploy! Deploy! Deploy!,” EV charging infrastructure deployment continues to lag behind. What’s causing us to fall behind?
The rapid adoption of electric vehicles (EVs) has underscored the importance of robust charging infrastructure to support widespread EV usage. However, the reliance on utility grid interconnection poses a significant challenge, limiting the scalability and availability of EV charging solutions. Islanded EV charging offers a compelling solution to overcome these constraints, providing a decentralized and independent charging solution that operates autonomously from the utility grid.
DG MATRIX, the leader in electrification and power-conversion solutions, is pleased to announce the company’s acceptance into the Joules Accelerator, an energy and climate technology organization that identifies promising cleantech companies and provides commercial and investment opportunities through its network of strategic partners. With a rigorous selection process admitting only six companies per cohort from over a hundred applicants, DG Matrix's acceptance underscores its position as a standout innovator in the field.
The demand for efficient and reliable charging infrastructure continues to escalate, and we are increasingly seeing larger stations with more chargers and more ports. As quantity of chargers and power needs continue to scale, dynamic power sharing technology allows sites to maximize the use of their total power capacity without over-allocating on infrastructure. In this article, we discuss the advantages of dynamic power sharing in EV chargers, highlighting how this innovative technology maximizes efficiency, optimizes charging resources, and enhances the user experience.
In the rapidly evolving landscape of electric vehicle (EV) adoption, data has emerged as a powerful tool for optimizing charging infrastructure, enhancing user experience, and driving strategic decision-making. In this article, we explore the critical role of data analytics in shaping the future of EV charging networks and unlocking new opportunities for sustainable transportation.
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